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PlotterProgramV3.cpp
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PlotterProgramV3.cpp
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//Program adopted from "DataFitter", primary use for creating Figure 4 in Smolec. May be formed for general use later on?
//V1: Making program able to create figure 5 in smolec for sets A B C and D.
//V2: Adding directroy output for easier sorting. Will now automatically find size of file and make arrays also
//V3: Updating for up to ninth overtone
# include <iostream>
# include <fstream>
# include <math.h>
# include <iomanip>
# include <cmath>
# include <stdlib.h>
# include <cstdlib>
//# include <fstream.h>
# include <string.h>
# include <string>
//# include <dos.h> //For Sleep()
# include "TROOT.h"
# include "TFile.h"
# include "TTree.h"
# include "TBrowser.h"
# include "TH1.h"
# include "TH2.h"
# include "TH3.h"
# include "TRandom.h"
//Gauss user defined: [0]*exp((-(x-[1])*(x-[1]))/(2*[2]*[2]))
// L50 L100 L150 L200 L250 L300
// Z0.013 Z0.00834 Z0.00424 Z0.00135 Z0.00061 Z0.00043 Z0.00014
int main(){
//////Controls//////
int NumOfInputFiles = 28; //Number of input files IN ONE SET, 28 is max. Total files is Sets*Files
int NumOfSets = 4; //A, B, C, D
char inputFileName[50] = "ResonanceData_Fig4"; //"Prefix" to the input files. Full suffix will be "suffix" + Label
char outputFileName[50] = "Fig4_m06"; //"Prefix" to the input files.
char OutputDirectory[100] = "D:/Research_Data_Storage/LINA/Fig4_Plotter/Fig4_All_V3"; //The directroy the plots are put into - will NOT create if not existing.
char Suffix_1[50] = "_L50_Z0.013";
char Suffix_2[50] = "_L50_Z0.00834";
char Suffix_3[50] = "_L50_Z0.00424";
char Suffix_4[50] = "_L50_Z0.00135";
char Suffix_5[50] = "_L50_Z0.00061";
char Suffix_6[50] = "_L50_Z0.00043";
char Suffix_7[50] = "_L50_Z0.00014";
char Suffix_8[50] = "_L100_Z0.013";
char Suffix_9[50] = "_L100_Z0.00834";
char Suffix_10[50] = "_L100_Z0.00424";
char Suffix_11[50] = "_L100_Z0.00135";
char Suffix_12[50] = "_L100_Z0.00061";
char Suffix_13[50] = "_L100_Z0.00043";
char Suffix_14[50] = "_L100_Z0.00014";
char Suffix_15[50] = "_L150_Z0.013";
char Suffix_16[50] = "_L150_Z0.00834";
char Suffix_17[50] = "_L150_Z0.00424";
char Suffix_18[50] = "_L150_Z0.00135";
char Suffix_19[50] = "_L150_Z0.00061";
char Suffix_20[50] = "_L150_Z0.00043";
char Suffix_21[50] = "_L150_Z0.00014";
char Suffix_22[50] = "_L200_Z0.013";
char Suffix_23[50] = "_L200_Z0.00834";
char Suffix_24[50] = "_L200_Z0.00424";
char Suffix_25[50] = "_L200_Z0.00135";
char Suffix_26[50] = "_L200_Z0.00061";
char Suffix_27[50] = "_L200_Z0.00043";
char Suffix_28[50] = "_L200_Z0.00014";
char Label_1[10] = "_SetA"; //Labels associated with input files, will be used as suffix to outfile names (Without .dat)
char Label_2[10] = "_SetB";
char Label_3[10] = "_SetC";
char Label_4[10] = "_SetD";
char PlotTitle_1[100] = "m = 0.6, L = 50, z = 0.013"; //Title of the plot
char PlotTitle_2[100] = "m = 0.6, L = 50, z = 0.00834"; //Title of the plot
char PlotTitle_3[100] = "m = 0.6, L = 50, z = 0.00424"; //Title of the plot
char PlotTitle_4[100] = "m = 0.6, L = 50, z = 0.00135"; //Title of the plot
char PlotTitle_5[100] = "m = 0.6, L = 50, z = 0.00061"; //Title of the plot
char PlotTitle_6[100] = "m = 0.6, L = 50, z = 0.00043"; //Title of the plot
char PlotTitle_7[100] = "m = 0.6, L = 50, z = 0.00014"; //Title of the plot
char PlotTitle_8[100] = "m = 0.6, L = 100, z = 0.013"; //Title of the plot
char PlotTitle_9[100] = "m = 0.6, L = 100, z = 0.00834"; //Title of the plot
char PlotTitle_10[100] = "m = 0.6, L = 100, z = 0.00424"; //Title of the plot
char PlotTitle_11[100] = "m = 0.6, L = 100, z = 0.00135"; //Title of the plot
char PlotTitle_12[100] = "m = 0.6, L = 100, z = 0.00061"; //Title of the plot
char PlotTitle_13[100] = "m = 0.6, L = 100, z = 0.00043"; //Title of the plot
char PlotTitle_14[100] = "m = 0.6, L = 100, z = 0.00014"; //Title of the plot
char PlotTitle_15[50] = "m = 0.6, L = 150, z = 0.013"; //Title of the plot
char PlotTitle_16[50] = "m = 0.6, L = 150, z = 0.00834"; //Title of the plot
char PlotTitle_17[50] = "m = 0.6, L = 150, z = 0.00424"; //Title of the plot
char PlotTitle_18[50] = "m = 0.6, L = 150, z = 0.00135"; //Title of the plot
char PlotTitle_19[50] = "m = 0.6, L = 150, z = 0.00061"; //Title of the plot
char PlotTitle_20[50] = "m = 0.6, L = 150, z = 0.00043"; //Title of the plot
char PlotTitle_21[50] = "m = 0.6, L = 150, z = 0.00014"; //Title of the plot
char PlotTitle_22[50] = "m = 0.6, L = 200, z = 0.013"; //Title of the plot
char PlotTitle_23[50] = "m = 0.6, L = 200, z = 0.00834"; //Title of the plot
char PlotTitle_24[50] = "m = 0.6, L = 200, z = 0.00424"; //Title of the plot
char PlotTitle_25[50] = "m = 0.6, L = 200, z = 0.00135"; //Title of the plot
char PlotTitle_26[50] = "m = 0.6, L = 200, z = 0.00061"; //Title of the plot
char PlotTitle_27[50] = "m = 0.6, L = 200, z = 0.00043"; //Title of the plot
char PlotTitle_28[50] = "m = 0.6, L = 200, z = 0.00014"; //Title of the plot
//Top plot of Fig4//
char xTitle_1[50] = "T_{eff}"; //Title for x-axis, first column of data file
char yTitle_1[50] = "Frequency"; //Title for y-axis, second column of data file
double xLowerLimit_1 = 4000; //Limits for top plot in Fig4
double xUpperLimit_1 = 8000;
double yLowerLimit_1 = 0;
double yUpperLimit_1 = 6.0;
//Bottom plot of Fig4//
char xTitle_2[50] = "T_{eff}"; //Title for x-axis, first column of data file
char yTitle_2[50] = "Growth Rate"; //Title for y-axis, second column of data file
double xLowerLimit_2 = 4000; //Limits for bottom plot in Fig4
double xUpperLimit_2 = 8000;
double yLowerLimit_2 = -2.0;
double yUpperLimit_2 = 0.5;
bool DataWithHeaders = true; //If true, will account for headers by using getline function
bool SavePlotAsPNG = true; //If true, will save plot with file name above.
bool SavePlotAsRootFile = true; //If true, will save plot in root file with name above.
////////////////////////////
//////Variables//////
ifstream inFile;
ofstream outFile;
int NumOfLines;
double xMax;
double xMin;
double yMax;
double yMin;
char line[100];
char header[100];
char Full_RootFileName[100];
char Full_PNGFileName[100];
char Full_RootFilePath[100];
char Full_PNGFilePath[100];
//Dummy Variables//
double dummy1, dummy2, dummy3, dummy4, dummy5, dummy6, dummy7;
////////////////////////////
//////Main Program//////
for(int f = 0; f < NumOfInputFiles; f++){
for(int s = 0; s < NumOfSets; s++){
//////Variables//////
char inputFileName_temp[100] = "";
/////////////////////
if(f == 0){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_1);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 1){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_2);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 2){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_3);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 3){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_4);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 4){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_5);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 5){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_6);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 6){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_7);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 7){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_8);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 8){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_9);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 9){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_10);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 10){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_11);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 11){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_12);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 12){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_13);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 13){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_14);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 14){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_15);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 15){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_16);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 16){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_17);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 17){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_18);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 18){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_19);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 19){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_20);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 20){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_21);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 21){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_22);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 22){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_23);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 23){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_24);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 24){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_25);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 25){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_26);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 26){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_27);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
if(f == 27){
strcpy(inputFileName_temp,inputFileName);
strcat(inputFileName_temp,Suffix_28);
if(s == 0){
strcat(inputFileName_temp,Label_1);
}
if(s == 1){
strcat(inputFileName_temp,Label_2);
}
if(s == 2){
strcat(inputFileName_temp,Label_3);
}
if(s == 3){
strcat(inputFileName_temp,Label_4);
}
strcat(inputFileName_temp,".dat");
}
cout<<"Input file name: "<<inputFileName_temp<<endl;
//Getting x,y from file//
inFile.open(inputFileName_temp,ios::in);
if(inFile.is_open()){
cout<<"Input file was opened successfully"<<endl;
int NumOfLines = 0;
while(!inFile.eof()){
getline(inFile, line);
NumOfLines++;
}
if(DataWithHeaders){
NumOfLines = NumOfLines - 2;
}
else{NumOfLines = NumOfLines - 1;}
cout<<"Lines in input file: "<<NumOfLines<<endl;
//Creating sized arrays//
const int nArray = NumOfLines + 20;
double Teff[nArray];
double freq_FU[nArray];
double freq_FO[nArray];
double freq_2O[nArray];
double freq_ThirdO[nArray];
double freq_ForthO[nArray];
double freq_FifthO[nArray];
double freq_SixthO[nArray];
double freq_SeventhO[nArray];
double freq_EighthO[nArray];
double freq_NinthO[nArray];
double growth_FU[nArray];
double growth_FO[nArray];
double growth_2O[nArray];
double growth_ThirdO[nArray];
double growth_ForthO[nArray];
double growth_FifthO[nArray];
double growth_SixthO[nArray];
double growth_SeventhO[nArray];
double growth_EighthO[nArray];
double growth_NinthO[nArray];
double freq_BG1[nArray];
double freq_BG2[nArray];
double freq_BG3[nArray];
double freq_BG4[nArray];
double freq_BG5[nArray];
double freq_BG6[nArray];
double freq_BG7[nArray];
}
else{cout<<"Input file not found, check name?"<<endl;}
inFile.close();
inFile.open(inputFileName_temp,ios::in);
if(inFile.good()){
if(DataWithHeaders){
getline(inFile,header);
cout<<header<<endl;
}
for(int i = 0; i < NumOfLines; i++){
inFile>>Teff[i]>>freq_FU[i]>>freq_FO[i]>>freq_2O[i]>>freq_ThirdO[i]>>freq_ForthO[i]>>freq_FifthO[i]>>freq_SixthO[i]>>freq_SeventhO[i]>>freq_EighthO[i]>>freq_NinthO[i]>>growth_FU[i]>>growth_FO[i]>>growth_2O[i]>>growth_ThirdO[i]>>growth_ForthO[i]>>growth_FifthO[i]>>growth_SixthO[i]>>growth_SeventhO[i]>>growth_EighthO[i]>>growth_NinthO[i];
//inFile.ignore(50, '\n'); //This allows for only the defined lines to be read (unless data file is 50+ columns long)
cout<<setw(5)<<Teff[i]<<setw(10)<<freq_FU[i]<<setw(10)<<freq_FO[i]<<setw(10)<<freq_2O[i]<<setw(10)<<freq_ThirdO[i]<<setw(10)<<freq_ForthO[i]<<setw(10)<<freq_FifthO[i]<<setw(10)<<freq_SixthO[i]<<setw(10)<<freq_SeventhO[i]<<setw(10)<<freq_EighthO[i]<<setw(10)<<freq_NinthO[i]<<setw(10)<<growth_FU[i]<<setw(10)<<growth_FO[i]<<setw(10)<<growth_2O[i]<<setw(10)<<growth_ThirdO[i]<<setw(10)<<growth_ForthO[i]<<setw(10)<<growth_FifthO[i]<<setw(10)<<growth_SixthO[i]<<setw(10)<<growth_SeventhO[i]<<setw(10)<<growth_EighthO[i]<<setw(10)<<growth_NinthO[i]<<endl;
freq_BG1[i] = 1.5*freq_FU[i];
freq_BG2[i] = 2.0*freq_FU[i];
freq_BG3[i] = 2.5*freq_FU[i];
freq_BG4[i] = 3.5*freq_FU[i];
freq_BG5[i] = 4.5*freq_FU[i];
freq_BG6[i] = 5.5*freq_FU[i];
freq_BG7[i] = 6.5*freq_FU[i];
}
cout<<"************* End of file ********************"<<endl;
//////Graphics//////
//Output file name creation//
if(f == 0){
strcpy(Full_RootFileName, outputFileName);
strcat(Full_RootFileName, Suffix_1);
if(s == 0){
strcat(Full_RootFileName, Label_1);
}
if(s == 1){
strcat(Full_RootFileName, Label_2);
}
if(s == 2){
strcat(Full_RootFileName, Label_3);
}
if(s == 3){
strcat(Full_RootFileName, Label_4);
}
strcat(Full_RootFileName, ".root");
strcpy(Full_RootFilePath, OutputDirectory);
strcat(Full_RootFilePath, "/RootFiles/");
strcat(Full_RootFilePath, Full_RootFileName);
strcpy(Full_PNGFileName, outputFileName);
strcat(Full_PNGFileName, Suffix_1);
if(s == 0){
strcat(Full_PNGFileName, Label_1);
}
if(s == 1){
strcat(Full_PNGFileName, Label_2);
}
if(s == 2){
strcat(Full_PNGFileName, Label_3);
}
if(s == 3){
strcat(Full_PNGFileName, Label_4);
}
strcat(Full_PNGFileName, ".png");
strcpy(Full_PNGFilePath, OutputDirectory);
strcat(Full_PNGFilePath, "/PNGFiles/");
strcat(Full_PNGFilePath, Full_PNGFileName);
cout<<"Root file path: "<<Full_RootFilePath<<endl;
cout<<"PNG file path: "<<Full_PNGFilePath<<endl;
}
if(f == 1){
strcpy(Full_RootFileName, outputFileName);
strcat(Full_RootFileName, Suffix_2);
if(s == 0){
strcat(Full_RootFileName, Label_1);
}
if(s == 1){
strcat(Full_RootFileName, Label_2);
}
if(s == 2){
strcat(Full_RootFileName, Label_3);
}
if(s == 3){
strcat(Full_RootFileName, Label_4);
}
strcat(Full_RootFileName, ".root");
strcpy(Full_RootFilePath, OutputDirectory);
strcat(Full_RootFilePath, "/RootFiles/");
strcat(Full_RootFilePath, Full_RootFileName);
strcpy(Full_PNGFileName, outputFileName);
strcat(Full_PNGFileName, Suffix_2);
if(s == 0){
strcat(Full_PNGFileName, Label_1);
}
if(s == 1){
strcat(Full_PNGFileName, Label_2);
}
if(s == 2){
strcat(Full_PNGFileName, Label_3);
}
if(s == 3){
strcat(Full_PNGFileName, Label_4);
}
strcat(Full_PNGFileName, ".png");
strcpy(Full_PNGFilePath, OutputDirectory);
strcat(Full_PNGFilePath, "/PNGFiles/");
strcat(Full_PNGFilePath, Full_PNGFileName);
cout<<"Root file path: "<<Full_RootFilePath<<endl;
cout<<"PNG file path: "<<Full_PNGFilePath<<endl;
}
if(f == 2){
strcpy(Full_RootFileName, outputFileName);
strcat(Full_RootFileName, Suffix_3);
if(s == 0){
strcat(Full_RootFileName, Label_1);
}
if(s == 1){
strcat(Full_RootFileName, Label_2);
}
if(s == 2){
strcat(Full_RootFileName, Label_3);
}
if(s == 3){
strcat(Full_RootFileName, Label_4);
}
strcat(Full_RootFileName, ".root");
strcpy(Full_RootFilePath, OutputDirectory);
strcat(Full_RootFilePath, "/RootFiles/");
strcat(Full_RootFilePath, Full_RootFileName);
strcpy(Full_PNGFileName, outputFileName);
strcat(Full_PNGFileName, Suffix_3);
if(s == 0){
strcat(Full_PNGFileName, Label_1);
}
if(s == 1){
strcat(Full_PNGFileName, Label_2);
}
if(s == 2){
strcat(Full_PNGFileName, Label_3);
}
if(s == 3){
strcat(Full_PNGFileName, Label_4);
}
strcat(Full_PNGFileName, ".png");
strcpy(Full_PNGFilePath, OutputDirectory);
strcat(Full_PNGFilePath, "/PNGFiles/");
strcat(Full_PNGFilePath, Full_PNGFileName);
cout<<"Root file path: "<<Full_RootFilePath<<endl;
cout<<"PNG file path: "<<Full_PNGFilePath<<endl;
}
if(f == 3){
strcpy(Full_RootFileName, outputFileName);
strcat(Full_RootFileName, Suffix_4);
if(s == 0){
strcat(Full_RootFileName, Label_1);
}
if(s == 1){
strcat(Full_RootFileName, Label_2);
}
if(s == 2){
strcat(Full_RootFileName, Label_3);
}
if(s == 3){
strcat(Full_RootFileName, Label_4);
}
strcat(Full_RootFileName, ".root");
strcpy(Full_RootFilePath, OutputDirectory);
strcat(Full_RootFilePath, "/RootFiles/");
strcat(Full_RootFilePath, Full_RootFileName);
strcpy(Full_PNGFileName, outputFileName);
strcat(Full_PNGFileName, Suffix_4);
if(s == 0){
strcat(Full_PNGFileName, Label_1);
}
if(s == 1){
strcat(Full_PNGFileName, Label_2);
}
if(s == 2){
strcat(Full_PNGFileName, Label_3);
}
if(s == 3){
strcat(Full_PNGFileName, Label_4);
}
strcat(Full_PNGFileName, ".png");
strcpy(Full_PNGFilePath, OutputDirectory);
strcat(Full_PNGFilePath, "/PNGFiles/");
strcat(Full_PNGFilePath, Full_PNGFileName);
cout<<"Root file path: "<<Full_RootFilePath<<endl;
cout<<"PNG file path: "<<Full_PNGFilePath<<endl;
}
if(f == 4){
strcpy(Full_RootFileName, outputFileName);
strcat(Full_RootFileName, Suffix_5);
if(s == 0){
strcat(Full_RootFileName, Label_1);
}
if(s == 1){
strcat(Full_RootFileName, Label_2);
}
if(s == 2){
strcat(Full_RootFileName, Label_3);
}
if(s == 3){
strcat(Full_RootFileName, Label_4);
}
strcat(Full_RootFileName, ".root");
strcpy(Full_RootFilePath, OutputDirectory);
strcat(Full_RootFilePath, "/RootFiles/");
strcat(Full_RootFilePath, Full_RootFileName);
strcpy(Full_PNGFileName, outputFileName);
strcat(Full_PNGFileName, Suffix_5);
if(s == 0){
strcat(Full_PNGFileName, Label_1);
}
if(s == 1){
strcat(Full_PNGFileName, Label_2);
}
if(s == 2){
strcat(Full_PNGFileName, Label_3);
}
if(s == 3){
strcat(Full_PNGFileName, Label_4);
}
strcat(Full_PNGFileName, ".png");
strcpy(Full_PNGFilePath, OutputDirectory);
strcat(Full_PNGFilePath, "/PNGFiles/");
strcat(Full_PNGFilePath, Full_PNGFileName);
cout<<"Root file path: "<<Full_RootFilePath<<endl;
cout<<"PNG file path: "<<Full_PNGFilePath<<endl;
}
if(f == 5){
strcpy(Full_RootFileName, outputFileName);
strcat(Full_RootFileName, Suffix_6);
if(s == 0){
strcat(Full_RootFileName, Label_1);
}
if(s == 1){
strcat(Full_RootFileName, Label_2);
}
if(s == 2){
strcat(Full_RootFileName, Label_3);
}
if(s == 3){
strcat(Full_RootFileName, Label_4);
}
strcat(Full_RootFileName, ".root");
strcpy(Full_RootFilePath, OutputDirectory);
strcat(Full_RootFilePath, "/RootFiles/");
strcat(Full_RootFilePath, Full_RootFileName);
strcpy(Full_PNGFileName, outputFileName);
strcat(Full_PNGFileName, Suffix_6);
if(s == 0){
strcat(Full_PNGFileName, Label_1);
}
if(s == 1){
strcat(Full_PNGFileName, Label_2);
}
if(s == 2){
strcat(Full_PNGFileName, Label_3);
}
if(s == 3){
strcat(Full_PNGFileName, Label_4);
}
strcat(Full_PNGFileName, ".png");
strcpy(Full_PNGFilePath, OutputDirectory);
strcat(Full_PNGFilePath, "/PNGFiles/");
strcat(Full_PNGFilePath, Full_PNGFileName);